Skip to main content

Microsoft Foundry vs Azure AI Services: choosing the right approach

 As Microsoft’s AI platform has grown, so have the terms describing it, which can cause confusion about Foundry, Azure AI Foundry, and Azure AI Services. These tools support different aspects of AI adoption and are designed to work together.

One way to look at the difference is that Azure AI Services offer specific AI features, while Microsoft Foundry gives you the platform and structure to use those features effectively as your needs grow.

Azure AI Services (Foundry Tools): focused AI capabilities

Azure AI Services are ready-made APIs that provide specific AI functions such as analyzing images and documents, recognizing and generating speech, understanding language, translating text, or connecting to large language models.
These services are well-suited for scenarios where an application needs a clearly defined AI feature. They can be provisioned individually, integrated quickly, and scaled independently. This makes them ideal for feature enhancements, proofs of concept, and solutions where operational complexity needs to remain low.
This approach works best when:
  • The solution is relatively simple or isolated.
  • Only one or two AI capabilities are required.
  • There is a limited need for shared governance or cross-team coordination.

Microsoft Foundry: a platform for AI delivery

Microsoft Foundry operates at a higher level of abstraction. Rather than offering individual AI features, it provides a project-based model for developing, managing, and operating AI solutions.
With Foundry, AI resources, models, environments, security controls, and cost management are organized consistently. This becomes increasingly important as AI initiatives move beyond experimentation into production systems that must be maintained, governed, and evolved over time.
Microsoft Foundry is particularly relevant for generative AI and agent-based solutions, where orchestration, evaluation, lifecycle management, and responsible AI practices are essential components rather than afterthoughts.

Decision path: how to choose

1. Is your requirement limited to a single, well-defined AI capability for your application? Examples include OCR, translation, speech-to-text, or text classification.
> Use Azure AI Services directly.
2. Does your solution need to combine two or more AI capabilities, but you want to keep operations simple?
> Use Azure AI Services, but plan for standardization and shared patterns early.
3. Are you building a generative AI application, chatbot, or agent that will require sophisticated orchestration or evaluation?
> Microsoft Foundry is the appropriate choice.
4. Will your project require collaboration between multiple teams across separate environments, such as development, testing, and production?
> Microsoft Foundry is the appropriate choice.
5. Does your project involve advanced workflows, such as prompt orchestration, model fine-tuning, or deep collaboration with data science teams?
> Use Microsoft Foundry with advanced project configurations.

Final perspective

Azure AI Services are the capabilities layer, while Microsoft Foundry is the operational and delivery layer. Organizations often begin by using individual AI services, then adopt Microsoft Foundry as AI solutions become business-critical for consistency and scale.
This distinction enables structured, sustainable AI adoption.

Comments

Popular posts from this blog

Why Database Modernization Matters for AI

  When companies transition to the cloud, they typically begin with applications and virtual machines, which is often the easier part of the process. The actual complexity arises later when databases are moved. To save time and effort, cloud adoption is more of a cloud migration in an IaaS manner, fulfilling current, but not future needs. Even organisations that are already in the cloud find that their databases, although “migrated,” are not genuinely modernised. This disparity becomes particularly evident when they begin to explore AI technologies. Understanding Modernisation Beyond Migration Database modernisation is distinct from merely relocating an outdated database to Azure. It's about making your data layer ready for future needs, like automation, real-time analytics, and AI capabilities. AI needs high throughput, which can be achieved using native DB cloud capabilities. When your database runs in a traditional setup (even hosted in the cloud), in that case, you will enc...

How to audit an Azure Cosmos DB

In this post, we will talk about how we can audit an Azure Cosmos DB database. Before jumping into the problem let us define the business requirement: As an Administrator I want to be able to audit all changes that were done to specific collection inside my Azure Cosmos DB. The requirement is simple, but can be a little tricky to implement fully. First of all when you are using Azure Cosmos DB or any other storage solution there are 99% odds that you’ll have more than one system that writes data to it. This means that you have or not have control on the systems that are doing any create/update/delete operations. Solution 1: Diagnostic Logs Cosmos DB allows us activate diagnostics logs and stream the output a storage account for achieving to other systems like Event Hub or Log Analytics. This would allow us to have information related to who, when, what, response code and how the access operation to our Cosmos DB was done. Beside this there is a field that specifies what was th...

[Post Event] Azure AI Connect, March 2025

On March 13th, I had the opportunity to speak at Azure AI Connect about modern AI architectures.  My session focused on the importance of modernizing cloud systems to efficiently handle the increasing payload generated by AI.